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mir_transform_arithmetic_overflow = this arithmetic operation will overflow
mir_transform_const_defined_here = `const` item defined here
mir_transform_const_modify = attempting to modify a `const` item
.note = each usage of a `const` item creates a new temporary; the original `const` item will not be modified
mir_transform_const_mut_borrow = taking a mutable reference to a `const` item
.note = each usage of a `const` item creates a new temporary
.note2 = the mutable reference will refer to this temporary, not the original `const` item
.note3 = mutable reference created due to call to this method
mir_transform_ffi_unwind_call = call to {$foreign ->
[true] foreign function
*[false] function pointer
} with FFI-unwind ABI
mir_transform_fn_item_ref = taking a reference to a function item does not give a function pointer
.suggestion = cast `{$ident}` to obtain a function pointer
mir_transform_must_not_suspend = {$pre}`{$def_path}`{$post} held across a suspend point, but should not be
.label = the value is held across this suspend point
.note = {$reason}
.help = consider using a block (`{"{ ... }"}`) to shrink the value's scope, ending before the suspend point
mir_transform_operation_will_panic = this operation will panic at runtime
mir_transform_unaligned_packed_ref = reference to packed field is unaligned
.note = packed structs are only aligned by one byte, and many modern architectures penalize unaligned field accesses
.note_ub = creating a misaligned reference is undefined behavior (even if that reference is never dereferenced)
.help = copy the field contents to a local variable, or replace the reference with a raw pointer and use `read_unaligned`/`write_unaligned` (loads and stores via `*p` must be properly aligned even when using raw pointers)
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